Schneider Electric Launches Boost Pro Battery Storage

Schneider Electric, a global energy technology leader, today announced the launch of its cutting-edge local battery energy storage solution, Schneider Boost Pro, across Europe. The new solution helps both commercial and industrial sites to cut energy costs, reduce their carbon footprint, and ensure their operations continue to run smoothly.

Driven by the continued electrification and the growing transition from CO₂-intensive oil and gas-based production to more sustainable manufacturing approaches, renewables now generate 50% of the electricity used in the EU. Increasing this figure is proving challenging, however, due to renewable variability, intermittency, and the need for grid modernization to deliver a flexible and interactive system.

Schneider Boost Pro is a solution that supports the energy transition by delivering energy storage capabilities that enhance flexibility, stability, and efficiency in power supply across industrial and commercial buildings.

The Schneider Boost Pro battery storage system is also suitable for deployment in depot environments to support the charging of heavy-duty vehicles such as buses and trucks. Additionally, it can be integrated into transit infrastructure—such as along highways—where reliable and high-capacity charging solutions are essential.

Scalable from 200 kWh to 2 MWh by combining up to 10 units, Schneider Boost Pro is part of Schneider Electric’s end-to-end solution to optimize energy operations as demand grows. This comprehensive solution includes power distribution, EV chargers, edge control, software, and services.

Schneider Boost Pro offers a range of benefits tailored to the needs of modern buildings through the following use cases:

Self-Consumption Optimization: Stores surplus renewable energy to maximize its use and increase energy independence.
Extra Power Allocation: Balances energy use across different sites, using a pre-charged battery energy storage system when the required energy demand is higher than the energy available. Also provides reliable backup power during outages.
Tariff Management: Enables customers to manage self-consumption and load shifting. Batteries charge during off-peak hours, when electricity prices are low, and discharge during peak hours, when prices are high, to reduce energy costs.
Revenue Generation: Responds to transmission system operator (TSO) signals to flexibly manage energy use, enabling additional income streams while supporting grid stability.

Key Product Features of the Schneider Boost Pro Battery Energy Storage System:

Scalability: Up to ten Schneider Boost Pro units can be combined, delivering a total capacity of up to 2 MWh—ideal for growing energy demands.
Certified Cybersecurity by Design: Ensures comprehensive data protection and encrypted communications, meeting the highest security standards.
AI-driven insights: Integrates with EcoStruxure Microgrid Advisor, a cloud-based, AI-powered solution capable of forecasting weather conditions, site production, demand schemes, and market conditions, enabling more accurate predictions and optimized decision-making.
Support and Service: Starts with expert installation and includes tailored service and maintenance plans, rapid response times, and the option for remote maintenance to ensure maximum system uptime.

Anthony Song, CEO of Schneider eStar, said, “With the emergence of a new energy landscape, driven by the increased use of renewables and accelerated electrification, smart storage solutions are an essential part of any electrical system. By 2030, commercial and industrial buildings will face up to 35% higher electricity demand, driven largely by deployment of EV charging infrastructure. Yet, many organizations are constrained by limited grid capacity and intermittent renewable generation.”

Schneider Boost Pro empowers businesses to deliver intelligent, flexible energy management through smart battery storage. This is crucial in the new energy landscape, as it helps balance the variability of renewable energy sources and reduces pressure on the grid during peak demand. It means businesses can become more resilient, efficient, and sustainable in their operations—enabling our customers to reshape their energy strategies for the future.